Thermo Scientific TDE40086LV; STP ULT; Class II

Part of the Standard Performance (STP) family, Thermo Scientific™ TDE Series ultra-low temperature freezers, powered by H-drive, feature four upright models, maximizing storage capacity from 30,000 up to 60,000 2mL vials. The TDE Series is a sustainable and reliable solution with ultimate sample security and operational savings for every lab.

Performance

• Powered by H-drive's hydrocarbon technology, these systems save up to 25% in energy usage and heat rejection over conventional refrigerant ultra-low freezers¹
• Designed for daily usage, recovers cabinet temperature 20% faster after opening the door.²
• A quiet sound output below 53 dBA, enables the freezer to come out of the hallway and into the lab
• Meets ±10°C validation protocols at -80°C with strong peak variation and steady-state temperature variation
• Natural hydrocarbon refrigerants reduce system operating stresses promoting outstanding reliability and worry-free sample protection

User Friendly

• The H-drive Information Center (HIC) combines easy to read temperature with simple capacitive touch buttons in a 5.6 inch display
• Four capacities (300, 400, 500 and 600 2-inch box) to accommodate a variety of storage needs and lab footprint specifications
• All models contain four inner doors allowing for easy sample access without exposing greater freezer content to ambient conditions
• Improved customer convenience with new ergonomically designed handle, high contrast eye-level display, and comfortable easy-access shelf locations.
• Compatible with most racking systems including a full range of Thermo Scientific™ racks for boxes, microplates, Thermo Scientific™ Matrix™ and Nunc CryoBank™ tubes
• Security features including alarm settings and padlock-compatible doors

Sustainability

• Manufactured in an award-winning, zero-waste to landfill facility
• Lower HVAC costs as a result of less heat emission into the environment
• Natural refrigerants and water-blown foam insulation, making the Series compliant with the U.S. Environmental Protection Agency's Significant New Alternatives Policy (SNAP), the European Union's F-Gas and other sustainability standards
• Upon receiving the unit, we advise you to properly dispose of any packaging material, used to secure the unit during the shipping process. Please refer to local recycling codes and dispose of any materials accordingly. For information on waste disposal sites, please refer to your local waste provider.

Get Connected

The Thermo Scientific™ DeviceLink™ Connect remote monitoring solution helps provide peace of mind by enabling you to keep track of your equipment anytime, anywhere. This system supports independent sensors to monitor your instrument, but it can also be connected via serial port directly to the instrument, harnessing the on-board telemetry data, alarms, and events. All information is transmitted to the Thermo Fisher Connect cloud platform where you have 24/7 access to the information via InstrumentConnect's web- and mobile-based applications. For more information visit www.thermofisher.com/dlc.

Compatible DeviceLink Connect System

• DLCKTULTS101 — Ultra-low temperature freezer

*Each kit includes a DeviceLink Connect system, 1-year basic monitoring subscription, power cable, commissioner USB, mounting hardware, and an applicable serial or USB cable.

Independent DeviceLink Connect Sensors

• DLCSKTEMP001 — DeviceLink Connect PT100 (-200°C to +600°C) temperature sensor and Smart-Cable adapter
• DLCSKCURT001 — DeviceLink Connect current transducer (0-50A) with Smart-Cable adapter
• DLCPTDOOR001 — Door Switch

Footnotes:

1. Internal data comparing 11.2 kWh/day to UXF600 = 14.9 kWh/day. Data on file.
2. Typical freezer test data based on internal testing in ambient temperature at 20°C; Typical standard validation protocol of ±10°C.

1. Data is representative of performance and not published product specifications. Results should not be referenced in developing any regulatory parameters for specific customer usage.
2. Freezer performance will vary based on customer product volume, storage format, operating conditions, test methodology and performing recommended maintenance
3. Continuous product enhancements may, without notice, result in amendments or omissions to this technical data sheet. Thermo Scientific cannot accept responsibility for damage, injury, loss or expenses resulting from misapplication of the information herein.